using KubernetesWorkflow; using NUnit.Framework; using Logging; using Utils; using Core; using CodexPlugin; namespace ContinuousTests { public class NodeRunner { private readonly EntryPointFactory entryPointFactory = new EntryPointFactory(); private readonly ICodexNode[] nodes; private readonly Configuration config; private readonly ILog log; private readonly string customNamespace; public NodeRunner(ICodexNode[] nodes, Configuration config, ILog log, string customNamespace) { this.nodes = nodes; this.config = config; this.log = log; this.customNamespace = customNamespace; } public IDownloadedLog DownloadLog(RunningContainer container, int? tailLines = null) { var entryPoint = CreateEntryPoint(); return entryPoint.CreateInterface().DownloadLog(container, tailLines); } public void RunNode(Action setup, Action operation) { RunNode(nodes.ToList().PickOneRandom(), setup, operation); } public void RunNode(ICodexNode bootstrapNode, Action setup, Action operation) { var entryPoint = CreateEntryPoint(); // We have to be sure that the transient node we start is using the same image as whatever's already in the deployed network. // Therefore, we use the image of the bootstrap node. CodexContainerRecipe.DockerImageOverride = bootstrapNode.Container.Recipe.Image; try { var debugInfo = bootstrapNode.GetDebugInfo(); Assert.That(!string.IsNullOrEmpty(debugInfo.spr)); var node = entryPoint.CreateInterface().StartCodexNode(s => { setup(s); s.WithBootstrapNode(bootstrapNode); }); try { operation(node); } catch { DownloadLog(node.Container); throw; } } finally { entryPoint.Tools.CreateWorkflow().DeleteNamespace(); } } private EntryPoint CreateEntryPoint() { return entryPointFactory.CreateEntryPoint(config.KubeConfigFile, config.DataPath, customNamespace, log); } } }